Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Question

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086

Exercise 4

Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of
the cells that are viable (i.e., alive as determined by ability to divide).
a. Write an equation for viable cell number
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$ Assume that
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$
where
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$ = net specific replication rate,
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$ = maximum specific replication rate,
and
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$ = death rate.
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$ is the saturation parameter.
b. Derive an expression for the value of S at steady state.
c. Write the number balance in the chemostat on dead cells
$Consider a chemostat. You wish to know the number of cells in the reactor and the fraction of the cells that are viable (i.e., alive as determined by ability to divide). a. Write an equation for viable cell number Assume that where = net specific replication rate, = maximum specific replication rate, and = death rate. is the saturation parameter. b. Derive an expression for the value of S at steady state. c. Write the number balance in the chemostat on dead cells d. Derive an expression for the fraction of the total population which are dead cells.$
d. Derive an expression for the fraction of the total population which are dead cells.

Explanation

Verified

Considering a chemostat:
a) An equation ...